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observations with traditional monitoring data from structured monitoring schemes, with a focus on Essential Biodiversity Variables (EBVs) of species distributions, population abundance and migration phenology
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we do so by using a broad range of data: text, images, structured information. We are involved in many projects with other groups, both within and outside academia. Our research is funded by NWO, KNAW
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) existing high-throughput workflows (e.g. Laserfarm ) and free and open source cross-platform Python tools (e.g. Laserchicken ) for the standardized retrieval of vegetation structure metrics; Developing new
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be analysing the structuration of internet infrastructure with a particular emphasis on the research-policy-implementation pipeline of information controls. You will be combining the analysis of policy
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Materials Laboratory and the Fluidlab . Your responsibilities will encompass the design and construction of innovative experimental setups, as well as the comprehensive collection, analysis, and
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applied to pinpoint potential biodiversity tipping points in the high-resolution macroinvertebrate time series. This will be investigated using eco-epidemiological approaches, e.g., structural equation
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), economy (e.g., trade, businesses and resource flows), technology (e.g., infrastructure mapping, urban plans/construction), as well as potential sources of risks and benefits, including pollution from
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Materials Laboratory and the Fluidlab . Your responsibilities will encompass the design and construction of innovative experimental setups, as well as the comprehensive collection, analysis, and
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the design and construction of experimental setups; You will organize and participate in measurements at ionized particle beams; You will participate in simulations and performance studies for future detectors
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the urgent intertwined challenges of climate change and high levels of inequality that are both shaped by how the global economy is structured. We offer an employment contract for one year with a